Bases of Power According to Robbins & Judge (2007) power is defined as the “capacity that A has to influence the behavior of B so B can act with A’s wishes.” There are five bases of power that are divided into two groups according to Robbins & Judge (2007). Formal Power The first group in the power in the power bases is formal. Formal power is based on the position held in organization (Robbins & Judge (2007). Formal Power is divided into three power bases: coercive power‚ reward power
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BUILDING A CSR INDEX In our CSR index‚ companies would be judged in 6 key assessment areas. Not only should the company have formulated goals or CSR targets but also achieved them within the stipulated period of time for a maximum score. The 6 key assessment areas are as follows: ASSESSMENT AREAS 1. ENVIRONMENT: This assessment area includes the physical surroundings in which the company operates including waste disposal techniques‚ energy saving initiatives‚ or climate change. POINTS OF
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years I have had here. Only with such knowledge compiled can I complete this report. Finally‚ I would like to thank Mr. Vu Tuong Phan‚ the branch manager of Damco’s office in Hanoi‚ Mr. Nguyen Tuy Anh‚ the Sales manager together with the staff here for enabling me to be an intern of Sales Department and observe their daily operations and for facilitating me while I was writing this report. Phạm Hương Liên Air freight forwarding service at Damco ii TABLE OF FIGURES Figure 1.1: Organizational
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| 0 | 0 | 0 | Volume NaOH used (ml) | 30.6 | 30.2 | 30.0 | | | | | Acid to Base Ratio | 0.87 | 0.86 | 0.86 | Average acid/base ratio | 0.86 | | | | | Base to Acid Ratio | 1.14 | 1.16 | 1.17 | Average base/acid Ratio | 1.16 | Name: Jared Philip Condez Date Performed: June 28‚ July 2 & 5‚ 2013 Partner: Shiela Mae Molina Date Submitted: July 12‚ 2013 Experiment 3 ACID – BASE TITRATION I. Objectives * Determine the purity of Potassium Acid Phthalate
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ACIDS AND BASES The reason that acid-base reactions are so important is that many of the things you come into contact with on a daily basis are either acids or bases. Most fruits are acids‚ as are carbonated beverages‚ tea‚ and battery acid. Common household bases include baking soda‚ ammonia‚ soap‚ and antacids. What are acids and bases? There are not one but three common definitions used to describe acids and bases: 1. Arrhenius acids and bases 2. Brønsted-Lowry acids and bases 3. Lewis acids
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BRONSTED-LOWRY ACIDS AND BASES 1. The Bronsted-Lowry definition There are many definitions of acids and bases in existence‚ but the most useful one is the Bronsted-Lowry definition: An acid is a substance which can behave as a proton (re presented as a hydrogen ion‚ H+) donor. Any substance which contains hydrogen bonded to a more electronegative element can thus behave as an acid: HCl == H+ + Cl- H2SO4 == H+ + HSO4- A base is a substance which can behave as a proton acceptor. Any
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purpose. For example‚ a study to determine whether breast-feeding is beneficial to children’s later intelligence is an example of applied research because it has an immediate practical use. Basic research: This builds psychology’s general knowledge base but has no immediate applications. For example‚ a study determining whether identical twins’ personalities are nature- or nurture-oriented is an example of basic research. Terminology A theory (in psychology) is an idea that explains some aspect
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Experiment 4: ACIDS AND BASES: PH Measurements and Macroscale Titration CHM023L – A12 Group no. 6 Members: | Contributions: | | Conclusion | | Recommendation | | Tables and figures with analysis | | Principles‚ Equation | | Abstract‚ tables | Date Performed: February 28‚ 2012 - Tuesday Date Submitted: March 6‚ 2012 - Tuesday Submitted to: ------------------------------------------------- ABSTRACT: This experiment introduces us the pH measurement and application of macroscale titration
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on their pH. Substances may be * Acid 2. Base 3. Neutral INDICATORS This is a substance which is one color in and acid and another color in a base. Indicators can ten be used to test for the presence of acids or bases in a substance. Some are available in paper form (litmus) and others in liquid form (methyl orange). INDICATOR | COLOR IN ACID | COLOR IN BASE | LITMUS | RED |
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determined by colorimetric titration‚ and the identity of an unknown acid was determined by potentiometric titration. In the first titration‚ a strong acid standard‚ potassium hydrogen phthalate (KHP)‚ was used‚ to determine the concentration of a strong base‚ sodium hydroxide (NaOH). In order to do so‚ we prepared NaOH solution‚ prepared a buret‚ and standardized this solution by performing a colorimetric titration of the KHP with the solution until a color change was present. The color change was introduced
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